Can this limit be directly computed by limit laws? {{MATH_334}} {{CMD_335}} {{CMD_336}} {{CMD_337}}yes{{CMD_338}} {{CMD_339}}no{{CMD_340}} {{CMD_341}} {{CMD_342}} Compute: {{MATH_343}} {{CMD_344}} Notice that {{MATH_345}} If we are trying to use Limit Laws to compute this limit, we would now have to use the Quotient Law to say that {{MATH_346}} We are only allowed to use this law if both limits exist and the denominator is not {{MATH_347}}. Let's check the denominator and numerator separately. First we'll compute the limit of the denominator: {{ENV_348}} Therefore, the limit in the denominator exists and does not equal {{MATH_349}}. We can use the Quotient Law, so we will compute the limit of the numerator: {{MATH_350}} Hence {{MATH_351}} {{CMD_352}} {{CMD_353}} {{CMD_354}} {{CMD_355}}